Well that didn’t take long. The team over at GTVHacker have worked their magic on Chromecast. The HDMI dongle announced by Google last week was so popular they had to cancel their 3-free-months of Netflix perk. We think the thing is worth $35 without it, especially if we end up seeing some awesome hacks from the community.
So far this is just getting your foot in the door by rooting the device. In addition to walking through the exploit the wiki instructions give us a lot more pictures of the internals than we saw from the teardown in yesterday’s links post. There’s an unpopulated pad with seventeen connections on the PCB. You can patch into the serial connections this way, running at a 115200 8n1. But you won’t have terminal access out of the box. The exploit uses a vulnerability in the bootloader to flash a hacked system folder which provides root. After wiping the cache it reboots like normal but now you can access a root shell on port 23.
Continue reading “Chromecast bootloader exploit”
Ask around and chances are you can find a friend or family member that still has their early generation Kindle but doesn’t use it anymore. There are quite a number of different things you can do with them, and now there’s a single Launcher that works for all models of hacked Kindles. KUAL is the Kindle Unified Application Launcher.
Loading the launcher on your device does require that it be Jailbroken/Rooted, but that’s really the entire point, right? Once on your device the system is easy to configure. Menus themselves can be customized by editing the XML and JSON pair for each list. The screenshot on the left illustrates some of the applications you might want to run. We could see a VNC viewer being useful, and everyone likes to have games — like Doom II or the entire Z-machine library — on hand when they unexpectedly get stuck somewhere. But MPlayer? Does anyone actually use their ePaper device to watch videos?
[Adam Outler] tipped us off about a cross-platform Android hacking suite he’s been working on. The project, which is called CASUAL, brings several things to the table. First and foremost it breaks down the OS requirements seen on some hacks. It can perform pretty much any Android hack out there and it doesn’t care if you’re using Linux, OS X, or Windows.
We’ve embedded two videos after the break. The screenshot seen above is from the first clip where [Adam] demonstrates the package rooting the Oppo Find5 Android phone. He then goes on to show off the scripting language CASUAL uses. This layer of abstraction should make it easier to deploy hacking packages, as CASUAL handles all of the underlying tools like the Android Debug Bridge, fastboot, and Heimdall (an open source Odin replacement which brings the low level tool to all OS platforms) . The second video demonstrates a Galaxy Note II being rooted, and having a new recovery image flashed.
Continue reading “CASUAL seeks to make Android hacking OS agnostic”
Unhappy with the performance of his U-verse modem [Jordan] decided to dig in and see if a bit of hacking could improve the situation. Motorola makes this exclusively for AT&T and there are no other modems on the market which can used instead. Luckily he was able to fix almost everything that was causing him grief. This can be done in one of two ways. The first is a hardware hack that gains access to a shell though the UART. The second is a method of rooting the device from its stock web interface.
We think the biggest improvement gained by hacking this router is true bridge mode. The hardware is more than capable of behaving this way but AT&T has disabled the feature with no option for an unmodified device to use it. By enabling it the modem does what a modem is supposed to do: translate between WAN and LAN. This allows routing to be handled by a router (novel idea huh?).
The NeoTV is a set top box built by Netgear to compete with the likes of Roku. It streams video from the usual Internet sources like Netflix, Hulu Plus, and YouTube. [Craig] recently cracked his unit open, and in the process discovered that the NeoTV can be rooted using nothing but the remote control.
He starts with a hardware overview. The box houses a single-board ARM design with a 128MB of NAND and 256MB of RAM. The serial port is easy to find, but it does not provide a root shell (which often is one of the easiest ways to root a device). He next turns to poking around the unencrypted firmware update to see what he can learn. That’s how he discovered that the SSID value when connecting to WiFi is fed into a system() command. This glaring security hole lets you run just about anything you want on the device by issuing commands as fake SSID names. It’s just a matter of a little Linux know-how and [Craig] now has root access on his device.
It is just amazing how small the boards are for some really powerful smart phones. For instance, the diminutive size of this Meizu MX Android phone’s board is only outshone by the intricate packaging the phone arrived in. [Adam Outler] did an unboxing of the device. But for him that mean tearing down all of the components and using a Bus Pirate to root the device.
In the video after the break he gives us a candid look at what it takes to exploit this piece of hardware. You might be a little spooked by the commands, which he reads aloud character by character, but watch closely and you’ll see they’re really quite common functions.
His rooting quest began by reading the datasheet for the main processor to find the USART parameters. With that information he hooked his Bus Pirate to ground, then probed around various test points on the board while it was rebooting until serial data started scrolling on the screen. He had found the USART lines and soldered a breakout connector onto them so that he had access after reassembling the phone.
From there he used the Bus Pirate to merge with the board’s terminal, then rebooted the phone using the Android Debug Bridge. Once it fires up, the Bus Pirate terminal window is sitting at a root prompt (many companies disable this but [Adam] was lucky). He remounts the internal file system to be rewritable, then uses the ADB to push the Linux substitute user (su) command onto the device as it will be needed by the Superuser.apk program. That is the next thing to be installed and once it is he officially has root.
Continue reading “Meizu MX rooted using the Bus Pirate”
The Sony Bravia series of HDTVs are a great piece of kit; they’re nice displays that usually have enough inputs for the craziest home theatre setups. These TVs also run Linux, but until now we haven’t seen anything that capitalizes on the fact these displays are wall-mounted Linux boxen. [Sam] sent in an exploit to root any Bravia TV – hopefully the first step towards replacing our home media server.
The exploit itself is a regular buffer overflow initialized by a Python script. The script sets up a Telnet server on any Sony Bravia with a USB port, and provides complete root access. [Sam] was able to get a Debian install running off a USB drive and all the Debian programs run correctly.
If you have a Bravia you’d like to test [Sam]’s script on, you’ll need a USB network adapter for the TV and a Telnet client to explore your TV’s file system. Right now there’s not much to do with a rooted Bravia, but at least now running XMBC or other media server on a TV is possible.
If anyone would like to start porting XMBC to a Bravia TV, [Sam] says he’s more than willing to help out. We’re not aware of any HDTV modding communities on the Internet, so if you’re part of one post a link in the comments.